Description
As the manufacturer of the IBO brand, we designed the YBF MAX–20, YBF MAX–25, YBF MAX–32 and YBF MAX–40 series angled strainer filters with magnets to effectively protect water installations against solid contaminants and magnetite. The filters separate particles using a filter mesh with an accuracy of ≥ 400 μm and a 5000 Gauss magnet, operating at pressures of up to 16 bar and liquid temperatures of up to 110°C.
Who it is for
- Installers – we make filter selection easier with clear operating parameters (PN16, 16 bar, 110°C) and a range of connection diameters from ¾” to 1½”.
- Home users – we provide protection for heating and water installations against contaminants, reducing the risk of failures in fittings and equipment.
- Service companies – we offer a CW617N brass design with easy access to the sediment collector and magnetic insert, speeding up cleaning and inspections.
- Installation designers – we provide a series of models with different flow rates (50–250 l/min) and dimensions, making it easier to select a filter for the system’s hydraulic load.
- Companies operating water and heating installations – we help maintain stable system operation in water or 50% water/glycol environments by separating magnetite and sediment.
Applications
- Protection of water installations, including heating and central heating systems, against solid contaminants and magnetite present in the water medium.
- Operation in installations with water or a water solution containing up to 50% glycol, in typical systems found in residential and commercial buildings.
- Use in installation sections requiring the protection of fittings, circulation pumps and heat exchangers against sludge and the buildup of ferromagnetic particles.
- A solution for systems requiring a nominal pressure of PN16, a maximum operating pressure of 16 bar and a high liquid temperature of up to 110°C.
Features, description and technical data
As the manufacturer of the IBO brand, we attach great importance to material durability and consistent operating parameters. That is why we make the YBF MAX series angled strainer filters with magnets from CW617N brass, with a nominal pressure of PN16. The design combines a conventional mesh filter with a magnetic insert, enabling the simultaneous separation of solid particles and magnetite in water and glycol installations.
The YBF MAX–20, YBF MAX–25, YBF MAX–32 and YBF MAX–40 filters are designed to operate at a maximum pressure of 16 bar and a maximum liquid temperature of 110°C, with a filtration accuracy of ≥ 400 μm. The built-in 5000 Gauss magnet, working together with the filter mesh, effectively protects installation components against fine magnetic particles.
The series includes four connection sizes: ¾”, 1”, 1¼” and 1½”, making it easy to match the filter to the pipeline diameter and required flow rate. Depending on the model, the maximum flow rate is 50 l/min, 100 l/min, 200 l/min and 250 l/min, respectively, allowing the YBF MAX angled strainer filter with magnet to be selected for both smaller and more hydraulically demanding installations.
The working medium is water or a 50% water/glycol solution, corresponding to typical operating conditions in heating and cooling systems in Poland. The YBF MAX magnetic angled sediment filter can be used wherever pumps, valves, heat exchangers, and other fittings require protection against deposits and ferromagnetic particles, provided that the operating parameters comply with the product data sheet.
Content prepared based on general data. Contact us for details.
Dambat – a trusted manufacturer of pumps and water engineering equipment with quality certifications.
Frequently Asked Questions (FAQ) – what is the purpose of the YBF MAX magnetic angled sediment filter?
What is the purpose of the YBF MAX magnetic angled sediment filter?
As the manufacturer of the IBO brand, we designed the YBF MAX magnetic angled sediment filter to separate solid contaminants and magnetite in water installations and systems using a water/glycol solution of up to 50%, in accordance with the technical parameters specified by Dambat.
How do I select the right YBF MAX filter model for my installation?
The YBF MAX filter model should be selected based on the pipeline diameter (¾”, 1”, 1¼” or 1½”), the maximum flow rate in the installation (from 50 to 250 l/min), and operating conditions of up to 16 bar and 110°C, always with reference to the manufacturer's technical documentation.
Where can I buy the YBF MAX magnetic angled sediment filter manufactured by Dambat?
As the manufacturer, we do not sell directly. The YBF MAX magnetic angled sediment filter is available from our trade partners, installation wholesalers, and authorized online distributors.
How does the YBF MAX filter differ from a standard mesh filter without a magnet?
Unlike a standard mesh filter, the YBF MAX filter has a built-in magnet with a strength of 5000 Gauss that captures magnetite and other ferromagnetic particles, increasing the effectiveness of protecting the installation against contaminants.
What media can be used with the YBF MAX magnetic angled sediment filter?
YBF MAX filters are intended for use with water and a water/glycol solution of up to 50%, corresponding to typical mixtures used in heating and cooling systems, at a maximum liquid temperature of 110°C.
How is the YBF MAX filter cleaned and maintained?
Cleaning the YBF MAX filter involves periodically emptying the sediment trap and cleaning the mesh and magnetic elements after isolating and draining the medium from the relevant section of the installation, in accordance with the operating instructions and Dambat safety guidelines.
What are the basic operating parameters of the YBF MAX magnetic angled sediment filter?
The basic operating parameters of the YBF MAX series include a maximum pressure of 16 bar, a nominal pressure of PN16, a maximum liquid temperature of 110°C, filtration of ≥ 400 μm, a magnet strength of 5000 Gauss, and different maximum flow rates from 50 to 250 l/min depending on the model.
Dimensions [mm]: 100/110/35
Capacity [l/min.]: 50.0
Max. liquid temperature [°C]: 110
Connection [DN/cale]: ¾
Product weight [kg]: 0.6
Maximum operating pressure [bar]: 16.0
As the manufacturer of the IBO brand, we designed the YBF MAX–20, YBF MAX–25, YBF MAX–32 and YBF MAX–40 series angled strainer filters with magnets to effectively protect water installations against solid contaminants and magnetite. The filters separate particles using a filter mesh with an accuracy of ≥ 400 μm and a 5000 Gauss magnet, operating at pressures of up to 16 bar and liquid temperatures of up to 110°C.
Who it is for
- Installers – we make filter selection easier with clear operating parameters (PN16, 16 bar, 110°C) and a range of connection diameters from ¾” to 1½”.
- Home users – we provide protection for heating and water installations against contaminants, reducing the risk of failures in fittings and equipment.
- Service companies – we offer a CW617N brass design with easy access to the sediment collector and magnetic insert, speeding up cleaning and inspections.
- Installation designers – we provide a series of models with different flow rates (50–250 l/min) and dimensions, making it easier to select a filter for the system’s hydraulic load.
- Companies operating water and heating installations – we help maintain stable system operation in water or 50% water/glycol environments by separating magnetite and sediment.
Applications
- Protection of water installations, including heating and central heating systems, against solid contaminants and magnetite present in the water medium.
- Operation in installations with water or a water solution containing up to 50% glycol, in typical systems found in residential and commercial buildings.
- Use in installation sections requiring the protection of fittings, circulation pumps and heat exchangers against sludge and the buildup of ferromagnetic particles.
- A solution for systems requiring a nominal pressure of PN16, a maximum operating pressure of 16 bar and a high liquid temperature of up to 110°C.
Features, description and technical data
As the manufacturer of the IBO brand, we attach great importance to material durability and consistent operating parameters. That is why we make the YBF MAX series angled strainer filters with magnets from CW617N brass, with a nominal pressure of PN16. The design combines a conventional mesh filter with a magnetic insert, enabling the simultaneous separation of solid particles and magnetite in water and glycol installations.
The YBF MAX–20, YBF MAX–25, YBF MAX–32 and YBF MAX–40 filters are designed to operate at a maximum pressure of 16 bar and a maximum liquid temperature of 110°C, with a filtration accuracy of ≥ 400 μm. The built-in 5000 Gauss magnet, working together with the filter mesh, effectively protects installation components against fine magnetic particles.
The series includes four connection sizes: ¾”, 1”, 1¼” and 1½”, making it easy to match the filter to the pipeline diameter and required flow rate. Depending on the model, the maximum flow rate is 50 l/min, 100 l/min, 200 l/min and 250 l/min, respectively, allowing the YBF MAX angled strainer filter with magnet to be selected for both smaller and more hydraulically demanding installations.
The working medium is water or a 50% water/glycol solution, corresponding to typical operating conditions in heating and cooling systems in Poland. The YBF MAX magnetic angled sediment filter can be used wherever pumps, valves, heat exchangers, and other fittings require protection against deposits and ferromagnetic particles, provided that the operating parameters comply with the product data sheet.
Content prepared based on general data. Contact us for details.
Dambat – a trusted manufacturer of pumps and water engineering equipment with quality certifications.
Frequently Asked Questions (FAQ) – what is the purpose of the YBF MAX magnetic angled sediment filter?
What is the purpose of the YBF MAX magnetic angled sediment filter?
As the manufacturer of the IBO brand, we designed the YBF MAX magnetic angled sediment filter to separate solid contaminants and magnetite in water installations and systems using a water/glycol solution of up to 50%, in accordance with the technical parameters specified by Dambat.
How do I select the right YBF MAX filter model for my installation?
The YBF MAX filter model should be selected based on the pipeline diameter (¾”, 1”, 1¼” or 1½”), the maximum flow rate in the installation (from 50 to 250 l/min), and operating conditions of up to 16 bar and 110°C, always with reference to the manufacturer's technical documentation.
Where can I buy the YBF MAX magnetic angled sediment filter manufactured by Dambat?
As the manufacturer, we do not sell directly. The YBF MAX magnetic angled sediment filter is available from our trade partners, installation wholesalers, and authorized online distributors.
How does the YBF MAX filter differ from a standard mesh filter without a magnet?
Unlike a standard mesh filter, the YBF MAX filter has a built-in magnet with a strength of 5000 Gauss that captures magnetite and other ferromagnetic particles, increasing the effectiveness of protecting the installation against contaminants.
What media can be used with the YBF MAX magnetic angled sediment filter?
YBF MAX filters are intended for use with water and a water/glycol solution of up to 50%, corresponding to typical mixtures used in heating and cooling systems, at a maximum liquid temperature of 110°C.
How is the YBF MAX filter cleaned and maintained?
Cleaning the YBF MAX filter involves periodically emptying the sediment trap and cleaning the mesh and magnetic elements after isolating and draining the medium from the relevant section of the installation, in accordance with the operating instructions and Dambat safety guidelines.
What are the basic operating parameters of the YBF MAX magnetic angled sediment filter?
The basic operating parameters of the YBF MAX series include a maximum pressure of 16 bar, a nominal pressure of PN16, a maximum liquid temperature of 110°C, filtration of ≥ 400 μm, a magnet strength of 5000 Gauss, and different maximum flow rates from 50 to 250 l/min depending on the model.